U25J26ZGE22

Rocker switches are an indispensable component in modern electronic systems, and the U25J26ZGE22 is one of the biggest and most durable rockers on the market today. The U25J26ZGE22 combines a wide range of features, including high-efficiency operation, safety, long service life and a wide range of applications.

In terms of application field, U25J26ZGE22 rocker switches can be widely used in automotive, medical, and industrial electronics. They are made of heavy-duty thermoplastics, which protect the rocker from damage by resisting oxidation and corrosion, and can work in extreme temperatures. The U25J26ZGE22 also has high contact reliability and long service life, providing a stable and reliable connection even after long-term use.

Speaking of working principle, U25J26ZGE22 rockers are relatively simple by design. When activated, a contact closes, allowing a current to flow through. Depending on the type of switch, the contact may be moved linearly or in an arcuate fashion, and the current flow may be momentary (activated only when the switch is moved) or maintained. U25J26ZGE22s are designed to maintain a connection between the two contacts until manually switched off by the user.

At the same time, U25J26ZGE22 rockers are latching switches, meaning that when they are triggered, they will stay in the activated position until the user presses the switch again to deactivate it. This makes them especially useful for devices that often require a full deactivation cycle to reset the system, such as automotive applications or medical machinery.

Overall, U25J26ZGE22 rocker switches are essential components for a variety of applications. They have a wide range of features, including long service life, wide application field, and reliable contact connections. In addition, their latching design makes them ideal for applications that require a full deactivation cycle for safe operation. By utilizing the U25J26ZGE22, many modern electronic systems can be reliably powered on and off with a single rocker switch.